In this case, QSFPTEK upgraded the campus wireless network for Rutgers University using WiFi 6 technology. In this solution, QSFPTEK's engineers designed the network links and supplied the appropriate network components for the university.

This case study is an introduction to QSFPTEK's 10G DWDM SFP+ network solution for Middlebury College, a university located in California. Through this scenario, you can understand how QSFPTEK provides customized services to its customers.

With the development of 100G Ethernet, more and more enterprises are trying to upgrade to 100G gigabit Ethernet. In this case, we will introduce how QSFPTEK provides Leonecom with long-haul 100G fiber transmission.

Supermicro collaborates with QSFPTEK to build a low-cost, large-scale server solution. See how we chose the right solution for our customer, which will use copper modules such as 10GBASE-T and 1000BASE-T.

QSFPTEK helped GE HealthCare achieve stable 400G data transmission using cost-effective, stable AOC cables. Learn how we helped GE HealthCare upgrade its network in this success story!

Building Storage Area Networks with QSFPTEK Fiber Channel Transceiver; view our advanced success stories now to see how we've helped customers build networked storage solutions with high throughput, low latency, and high-performance networks.

QSFPTEK provides Corning with a module testing solution. In this solution, QSFPTEK’s technical support meets Corning's needs for optical fiber testing and perfectly solves the problem.

QSFPTEK provides customers with 400G point-to-point DWDM solution, provides a stable and robust network architecture, and realizes interconnection between four data centers.

In this case, QSFPTEK engineers created a highly reliable 100G high-performance network architecture with redundancy features using MLAG and Peer-link 100G network switches and 100G optical modules.

In this case, QSFPTEK engineers created a highly reliable enterprise-level network with redundancy features by using MLAG network switches. Ensure uninterrupted business of the enterprise network.